What if one could charge your electric bike, power your kitchen, and drive your car all without ever plugging in a single wire?

WaferLLM, shows these oversized chips can slash latency, boost efficiency and deliver up to 100× faster inference, signaling a major shift in how next-gen AI systems will be built.

Struggling to measure flow without using much battery power? This module uses low power, measures flow, and can detect small ...

Designing custom power supplies is slow. One online tool lets engineers and designers quickly configure, order, and receive ...

Large AI models can be hard to run. This small desktop makes it easy, fast, and safe to train and test AI right on your desk.

The new cathode and polymer design has delivered the first fully stretchable OLED stack, opening the door to skin-like ...

Design of circuit schematic, assigning component footprints through package details, placement & routing using standard PCB design tools.

Imagine a battery can bend, stretch, & break down safely after use. It could power wearables & medical devices while cutting ...

Simulators overcome hardware limits, helping you prototype faster and smarter with open-source tools. Explore three powerful ...

Company: Code Ethics. Role Description. This is an on-site, full-time role for a PCB Design Hardware Engineer based in ...

Firmware freezes and CPU glitches can crash devices without a trace. Learn how a tool tracks these issues and gives ...

The switches raise sensitivity while slashing current draw, enabling smarter, battery-efficient sensing for compact electronics, wearables, and always-on devices.